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SPI-in-Verilog-implementation
- SPI的Verilog实现(非常的全面和详细，还带有SPI算法的注解).-SPI in Verilog implementation (a very full and detailed, but also with the SPI algorithm annotation).
CRC
- 详细介绍了循环冗余校验CRC（Cyclic Redundancy Check）的差错控制原理及其算法实 现。-Details of Cyclic Redundancy Check CRC (Cyclic Redundancy Check) theory and the error control algorithm.
RS_decode
- RS编译码算法的实现 RS 码以其强大的纠突发错能力, 被广泛应用于各种差错控制场合。本文讨论了RS 码的编码和译码算 法及其软件实现。-Implementation of RS encoding and decoding algorithm for RS codes with its powerful burst error correcting capabilities, error control is widely used in various occasions. This
floatmul
- 用verilog实现三十二位浮点数算法，通过状态机的方法实现。-32 floating-point implementation using verilog algorithm, the method adopted by the state machine implementation.
103244864FIR_filter_DA_machine
- 简易fir滤波器，采用分布式算法实现，verilog-Simple fir filter using distributed algorithm, verilog
Verilog_shuzisheji
- 本章的目的是想通过对数字信号处理、计算（Computing）、算法和数据结构、编程语言和 程序、体系结构和硬线逻辑等基本概念的介绍，了解算法与硬线逻辑之间的关系从而引入 利用Verilog HDL 硬件描述语言设计复杂的数字逻辑系统的概念和方法。向读者展示一种 九十年代才真正开始在美国等先进的工业国家逐步推广的数字逻辑系统的设计方法-Purpose of this chapter is to through digital signal processing, computing (
april2010_1
- 基于FPGA的方向滤波指纹图像增强算法实现，本文利用FPGA具有丰富寄存器资源、可满足高速系统设计等特点，设计了一种基于FPGA纯硬件方式实现方向滤波的指纹图像增强算法。设计采用寄存器传输级（RTL）硬件描述语言（Verilog HDL），利用时分复用和流水线处理等技术，完成了方向滤波指纹图像增强算法在FPGA上的实现。-Directional filtering fingerprint image enhancement algorithm based on FPGA using the FP
4-Booth
- booth algorithm by verilog
fpga-draw
- 二维图形加速器设计与实现。采用Verilog HDL语言对各功能模块进行了设计,包括画线、画圆、画椭圆、多边形填充以及区域复制等,总结了一套将算法使用硬件描述语言实现的一般流程.这是本人花了50大洋买的，吐血奉献-Design and implementation of a two-dimensional graphics accelerator. Using Verilog HDL language of each functional module design, draw lines, d
aes_pipe_latest.tar
- VERILOG IMPLEMENTATION OF PIPELINED AES ALGORITHM
cordic
- 基于cordic算法的DDS的Verilog代码。经过仿真验证，绝对可靠。-Based on cordic algorithm DDS Verilog code. Through the simulation, is absolutely reliable.
cordic_final_program
- Verilog Code for CORDIC Algorithm
CAM2006
- Verilog allows you to design your digital design at various abstraction levels.Suppose you have an algorithm to be implemented in the form of a digital circuit then you can easily use Verilog constructs to do the same without worrying about the unde
三角函数的Verilog HDL语言实现
- 以Actel FPGA作为控制核心，通过自然采样法比较1个三角载波和3个相位差为1 200的正弦波，利用Verilog HDL语言实现死区时间可调的SPWM全数字算法，并在Fushion StartKit开发板上实现SPWM全数字算法。(With Actel FPGA as the control core, between 1 and 3 triangular carrier phase difference of 1200 sine wave by natural sampling, rea